Quantum "time reversal" is utilized by physicists to monitor vibrating atoms
A novel approach could enhance the precision of atomic clocks and quantum detectors used to detect dark matter or gravitational waves.
Author
Oliver Robinson
394 articles on Neutrino Science.
More about the editorial team on about us, orget in touch.
Page 15 of 17
Two black holes fused despite their distant origins in space
Signals buried deep inside gravitational wave observatory data suggest a collision between two black holes that were certainly created in separate locations.
How do time crystals work? Why are they so peculiar?
Newly found "time crystals" appear to challenge a fundamental law of nature: the ban against perpetual motion.
New technology will examine the origins of the Milky Way
One of the most powerful telescopes on Earth has been supercharged with new technology that will reveal the formation of our galaxy in unparalleled detail.
What is the temperature of dark matter? Is it cold, warm, or hot?
The evidence for the presence of a sort of unseen matter—now dubbed dark matter—is overwhelming half a century after Vera Rubin and Kent Ford showed that it…
Astronauts may be able to cultivate crops using asteroid soil
One day, astronauts may consume salad produced in asteroid dirt. Researchers say that chili pepper, pink radish and romaine lettuce plants flourished in…
Innovative Technology Offers Perovskite–Silicon Tandem Solar Cells a Significant Performance Boost
An additional layer of metal fluoride permits charge separation and improves the performance of perovskite–silicon tandem solar cells.
Quantum workforce development
Quantum computing, next-generation quantum sensing, and quantum networking are still in the future for most of us.
The existence of quantum bits in two different time dimensions
Quantum computers are constructed using qubits, which are the quantum analogs of classical bits.
The advent of artificial intelligence has led to the discovery of new physics
A new artificial intelligence software at Columbia University monitored physical processes and identified significant variables—a prerequisite for any physics…
Scientists come up with a "quantum flute" that can move light particles together
Physicists from the University of Chicago have created a "quantum flute" that, like the Pied Piper, can coax light particles to move together in a…
Now we understand how to locate planets orbiting dead stars
We are now able to detect whether or not there are planets circling around dead binary stars thanks to the research that was conducted at a university in Mexico.
NASA Selects Draper to Transport Artemis Science Experiments to the Moon's Far Side
NASA has awarded Draper of Cambridge, Massachusetts a contract to deploy Artemis science missions to the Moon in 2025.
Neutrinos are being used in research to give information on dark matter
Researchers at the Indian Institute of Technology, Guwahati, have discovered striking parallels between the nature of Dark Matter and Neutrinos.
Gigantic black holes produce little, ghost-like particles
Blazars, the gas-consuming black holes at the heart of galaxies, may produce the majority of the neutrinos that Earth detects.
A new dark matter experiment refuted past signs of the existence of new particles
The latest data has eliminated any possibilities of strange new particles being detected in a detector for dark matter.
How data from the James Webb Space Telescope have already uncovered surprises
Massimo Pascale did not intend to investigate the SMACS 0723 galaxy cluster. However, as soon as he saw the cluster glistening in the first image captured by…
A mission concept for flying a solar neutrino detector near the sun
Using neutrinos, astronomers want to learn more about what's going on inside the sun's core with the help of a mission idea they've devised.
Machine learning aids in the development of polymer electrolyte for batteries
New polymer electrolytes for lithium-ion batteries can be developed using automated molecular design through machine learning.
Borexino team demonstrates that it is feasible to have directional and energy sensitivity while researching solar neutrinos
Working with data from the Borexino detector at the Laboratori Nazionali del Gran Sasso in Italy, a group of researchers demonstrated that solar neutrinos may…
Clouds in the Milky Way's plasma bubbles originated far beyond the stellar disk
Huge plasma bubbles emanating from the heart of the Milky Way may include debris from the entire galaxy and beyond.
Is Dark Matter Ushering in a New Era of Physics?
What exactly is dark matter? Although it has never been witnessed, scientists believe that it comprises 85 percent of the universe's stuff.
Astronomers reveal that the first exoplanets discovered thirty years ago may be "extraordinarily" rare
Astronomers identified the first exoplanets near a pulsar, a fast-revolving star, thirty years ago.
There may have just been the discovery of a new elementary particle
Physicists may have recently stumbled onto the long-sought-after new fundamental particle known as the sterile neutrino. This particle has proven difficult to find.